Gamma Heating in PRTR Gas Loop (open access)

Gamma Heating in PRTR Gas Loop

It is being considered that the in-reactor portion of the test section of the PRTR Gas-Cooled Loop Facility consist, in part, of two concentric Inconel-X tubes. The outer tube is the main stress member, with 3.5 O.D. and a wall thickness of 0.065. The inner tube is 3.0 O.D. and has a wall thickness of 0.030. The inner tube provides an annular gas space to serve as thermal insulation.
Date: June 23, 1959
Creator: Reginbel, J.J.
System: The UNT Digital Library
Possible Process Alternatives for Converting Recovered Uranyl Nitrate to Uranium Hexafluoride (open access)

Possible Process Alternatives for Converting Recovered Uranyl Nitrate to Uranium Hexafluoride

The uranium recovery processes which are in operation or under construction at the present time--TBP, Redox and Purex--yield an aqueous uranyl nitrate solution as the recovered uranium product. For conversion of this recovered uranium to UF6 for feed to the gaseous diffusion plants, the uranyl nitrate in the solution is concentrated with or without prior organic stripping, calcined to UC3, reduced to UO2 with hydrogen, hydro-fluorinated to UF4 with RF, and finally fluorinated to UF6 with elemental fluorine.
Date: June 23, 1953
Creator: Clagett, F. & Harmon, M. K.
System: The UNT Digital Library
Settling and Dissolution Characteristics and Composition of Hanford Waste Metal Sludge (open access)

Settling and Dissolution Characteristics and Composition of Hanford Waste Metal Sludge

Report reviewing a study regarding the chemical properties, appearance, texture, homogeneity and slurrying ability of waste metal sludge. The settling rates of sludge-supernatant slurries is also discussed.
Date: June 23, 1950
Creator: Brandt, H. L. & Burns, W. A.
System: The UNT Digital Library
Structural Evaluation of Underground Waste Storage Tanks (open access)

Structural Evaluation of Underground Waste Storage Tanks

To set forth limiting values of internal vapor pressure and effective liquid specific gravity which will permit the maximum utilization of the existing underground waste storage capacity. It is also intended to describe briefly the elements which could contribute to ultimate failure.
Date: June 23, 1955
Creator: Smith, Edgar F.
System: The UNT Digital Library